👉 Limitation engineering, also known as constraint-based optimization, is a design approach in engineering that involves intentionally imposing limitations or constraints on the system's parameters, processes, or design to achieve specific goals or outcomes. This method acknowledges that real-world systems often have inherent limitations, such as resource constraints, physical boundaries, or operational restrictions. By strategically setting these limits, engineers can guide the design process towards more efficient, robust, and feasible solutions. For instance, in mechanical engineering, limitation engineering might involve setting material strength limits to ensure safety while minimizing weight. In software development, it could mean limiting computational resources to optimize performance. This approach helps in avoiding over-optimization that might lead to impractical or infeasible designs, ensuring that the final product meets both performance and practicality requirements.
